
FTire Product SuiteFTire/coreFTire/rimFTire/soilFTire/linkFTire/accFTire HiL ACFTire ClassroomFTire/fitFTire/simcosin/toolscosin/prm
FTire HiL AC
Enables Hardware-in-the-Loop (HiL) Application Cases (AC) executing FTire/core on testbed systems, driving simulators and more.
- Guaranteed compatibility to specific target systems
- Hard Real-Time conditions (guaranteed response times)
- High accurate in frequency range up to 200 Hz
- Parallel solver execution for multiple tire instances
- Taking full advantage of multi-core systems
- Simulation setup remains unchanged
- Suitable for all applications from ride/comfort, extended handling, vibrations, to durability

Currently supported hardware (HiL Systems)
- FTire HiL AC for HSRC
MTS testbed systems (HSRC application case) - FTire HiL AC for CCRT (concurrent REAL-TIME)
on driving simulator solutions - FTire HiL AC for SCLX (dSPACE SCALEXIO)
on Hardware-in-the-Loop systems
What is unique?
- Full featured FTire structural dynamics model runs under hard Real-Time conditions
- No changes in tire and road data-sets
- Standard road resolution 5 mm x 5 mm also for FTire HiL AC
- Re-use of the same high-quality Digital Twin across all simulations guarantees a seamless workflow
Benefits at a glance
- Makes FTire/core available to HiL, testbed system and simulator applications under hard Real-Time conditions
- Change tire operating conditions at simulation runtime
Documents
